APMA courses
218 courses · Brown University · Fall 2026
- APMA 0070 — Introduction to Applied Complex Variables1 section
- APMA 0090 — Introduction to Mathematical Modeling1 section
- APMA 0100 — Elementary Probability for Applications1 section
- APMA 0110 — What’s the big deal with Data Science?1 section
- APMA 0111 — Data Science and Social Justice1 section
- APMA 0120 — Mathematics of Finance1 section
- APMA 0160 — Introduction to Scientific Computing1 section
- APMA 0180 — Modeling the World with Mathematics: An Introduction for Non-Mathematicians1 section
- APMA 0200 — Introduction to Modeling1 section
- APMA 0260 — Linear Algebra and Multivariable Calculus for Applied Mathematicians1 section
- APMA 0330 — Methods of Applied Mathematics I1 section
- APMA 0340 — Methods of Applied Mathematics II1 section
- APMA 0350 — Applied Ordinary Differential Equations1 section
- APMA 0355 — Applied Ordinary Differential Equations with Theory1 section
- APMA 0360 — Applied Partial Differential Equations I1 section
- APMA 0365 — Applied Partial Differential Equations I with Theory1 section
- APMA 0410 — Mathematical Methods in the Brain Sciences1 section
- APMA 0650 — Introduction to Probability and Statistics1 section
- APMA 1000 — Introduction to Mathematical Proofs1 section
- APMA 1070 — Quantitative Models of Biological Systems1 section
- APMA 1080 — Inference in Genomics and Molecular Biology1 section
- APMA 1160 — An Introduction to Numerical Optimization1 section
- APMA 1170 — Introduction to Computational Linear Algebra1 section
- APMA 1180 — Introduction to Numerical Solution of Differential Equations1 section
- APMA 1190 — Finite Volume Method for CFD: A Survey1 section
- APMA 1200 — Operations Research: Probabilistic Models1 section
- APMA 1210 — Operations Research: Deterministic Models1 section
- APMA 1260 — Introduction to the Mechanics of Solids and Fluids1 section
- APMA 1330 — Applied Partial Differential Equations II1 section
- APMA 1340 — Methods of Applied Mathematics III, IV1 section
- APMA 1360 — Applied Dynamical Systems1 section
- APMA 1650 — Introduction to Probability and Statistics with Calculus1 section
- APMA 1655 — Introduction to Probability and Statistics with Theory1 section
- APMA 1660 — Statistical Inference II1 section
- APMA 1670 — Statistical Analysis of Time Series1 section
- APMA 1680 — Nonparametric Statistics1 section
- APMA 1690 — Computational Probability and Statistics1 section
- APMA 1700 — The Mathematics of Insurance1 section
- APMA 1710 — Information Theory1 section
- APMA 1720 — Monte Carlo Simulation with Applications to Finance1 section
- APMA 1740 — Recent Applications of Probability and Statistics1 section
- APMA 1850 — Introdution to High Performance Parallel Computing1 section
- APMA 1860 — Graphs and Networks1 section
- APMA 1880 — Advanced Matrix Theory1 section
- APMA 1910 — Race and Gender in the Scientific Community1 section
- APMA 1930A — Actuarial Mathematics1 section
- APMA 1930B — Computational Probability and Statistics1 section
- APMA 1930C — Information Theory1 section
- APMA 1930D — Mixing and Transport in Dynamical Systems1 section
- APMA 1930E — Ocean Dynamics1 section
- APMA 1930G — The Mathematics of Sports1 section
- APMA 1930H — Scaling and Self-Similarity1 section
- APMA 1930I — Random Matrix Theory1 section
- APMA 1930J — Mathematics of Random Networks1 section
- APMA 1930M — Applied Asymptotic Analysis1 section
- APMA 1930P — Mathematics and Climate1 section
- APMA 1930Q — Mathematical Models of Cortical Dynamics1 section
- APMA 1930U — Introduction to Stochastic Differential Equations1 section
- APMA 1930W — Probabilities in Quantum Mechanics1 section
- APMA 1930X — Probability, Optimization, and Stochastic Calculus1 section
- APMA 1931A — Convexity: Convex Analysis, Geometry and Optimization1 section
- APMA 1931B — Mathematical Foundations of Machine Learning1 section
- APMA 1931C — Applied Complex Analysis1 section
- APMA 1940A — Coding and Information Theory1 section
- APMA 1940B — Information and Coding Theory1 section
- APMA 1940C — Introduction to Mathematics of Fluids1 section
- APMA 1940D — Iterative Methods1 section
- APMA 1940E — Mathematical Biology1 section
- APMA 1940F — Mathematics of Physical Plasmas1 section
- APMA 1940G — Multigrid Methods1 section
- APMA 1940H — Numerical Linear Algebra1 section
- APMA 1940I — The Mathematics of Finance1 section
- APMA 1940J — The Mathematics of Speculation1 section
- APMA 1940K — Fluid Dynamics and Physical Oceanography1 section
- APMA 1940L — Mathematical Models in Biophysics1 section
- APMA 1940M — The History of Mathematics1 section
- APMA 1940N — Introduction to Mathematical Models in Computational Biology1 section
- APMA 1940O — Approaches to Problem Solving in Applied Mathematics1 section
- APMA 1940P — Biodynamics of Block Flow and Cell Locomotion1 section
- APMA 1940Q — Filtering Theory1 section
- APMA 1940R — Linear and Nonlinear Waves1 section
- APMA 1940Y — Wavelets and Applications1 section
- APMA 1941D — Pattern Theory1 section
- APMA 1941I — Enumerative Combinatorics1 section
- APMA 1941J — Topics in High-Dimensional Probability1 section
- APMA 1970 — Independent Study1 section
- APMA 1971 — Independent Study - WRIT1 section
- APMA 2050 — Mathematical Methods of Applied Science1 section
- APMA 2060 — Mathematical Methods of Applied Science1 section
- APMA 2070 — Deep Learning for Scientists & Engineers1 section
- APMA 2080 — Inference in Genomics and Molecular Biology1 section
- APMA 2110 — Real Analysis1 section
- APMA 2120 — Hilbert Spaces and Their Applications1 section
- APMA 2130 — Methods of Applied Mathematics: Partial Differential Equations1 section
- APMA 2140 — Methods of Applied Mathematics: Integral Equations1 section
- APMA 2160 — Methods of Applied Mathematics: Asymptotics1 section
- APMA 2170 — Functional Analysis and Applications1 section
- APMA 2190 — Nonlinear Dynamical Systems I1 section
- APMA 2200 — Nonlinear Dynamical Systems: Theory and Applications1 section
- APMA 2210 — Topics in Nonlinear Dynamical Systems1 section
- APMA 2230 — Partial Differential Equations I1 section
- APMA 2240 — Partial Differential Equations II1 section
- APMA 2260 — Introduction to Stochastic Control Theory1 section
- APMA 2410 — Fluid Dynamics I1 section
- APMA 2420 — Fluid Mechanics II1 section
- APMA 2450 — Exchange Scholar Program1 section
- APMA 2470 — Topics in Fluid Dynamics1 section
- APMA 2480 — Topics in Fluid Dynamics1 section
- APMA 2550 — Numerical Solution of Partial Differential Equations I1 section
- APMA 2560 — Numerical Solution of Partial Differential Equations II1 section
- APMA 2570A — Numerical Solution of Partial Differential Equations III1 section
- APMA 2570B — Numerical Solution of Partial Differential Equations III1 section
- APMA 2580A — Computational Fluid Dynamics1 section
- APMA 2580B — Computational Fluid Dynamics for Compressible Flows1 section
- APMA 2580C — Optimization1 section
- APMA 2610 — Recent Applications of Probability and Statistics1 section
- APMA 2630 — Theory of Probability I1 section
- APMA 2640 — Theory of Probability II1 section
- APMA 2660 — Stochastic Processes1 section
- APMA 2670 — Mathematical Statistics I1 section
- APMA 2680 — Mathematical Statistics II1 section
- APMA 2720 — Information Theory1 section
- APMA 2810A — Computational Biology1 section
- APMA 2810B — Computational Molecular Biology1 section
- APMA 2810C — Elements of High Performance Scientific Computing1 section
- APMA 2810D — Elements of High Performance Scientific Computing II1 section
- APMA 2810E — Far Field Boundary Conditions for Hyperbolic Equations1 section
- APMA 2810F — Introduction to Non-linear Optics1 section
- APMA 2810G — Large Deviations1 section
- APMA 2810H — Math of Finance1 section
- APMA 2810I — Mathematical Models and Numerical Analysis in Computational Quantum Chemistry1 section
- APMA 2810J — Mathematical Techniques for Neural Modeling1 section
- APMA 2810K — Methods of Algebraic Geometry in Control Theory I1 section
- APMA 2810L — Numerical Solution of Hyperbolic PDE's1 section
- APMA 2810M — Some Topics in Kinetic Theory1 section
- APMA 2810N — Topics in Nonlinear PDEs1 section
- APMA 2810O — Stochastic Differential Equations1 section
- APMA 2810P — Perturbation Methods1 section
- APMA 2810Q — Discontinous Galerkin Methods1 section
- APMA 2810R — Computational Biology Methods for Gene/Protein Networks and Structural Proteomics1 section
- APMA 2810S — Topics in Control1 section
- APMA 2810T — Nonlinear Partial Differential Equations1 section
- APMA 2810U — Topics in Differnetial Equations1 section
- APMA 2810V — Topics in Partial Differential Equations1 section
- APMA 2810W — Advanced Topics in High Order Numerical Methods for Convection Dominated Problems1 section
- APMA 2810X — Introduction to the Theory of Large Deviations1 section
- APMA 2810Y — Discrete high-D Inferences in Genomics1 section
- APMA 2810Z — An Introduction to the Theory of Large Deviations1 section
- APMA 2811A — Directed Methods in Control and System Theory1 section
- APMA 2811B — Computational Methods for Signaling Pathways and Protein Interactions1 section
- APMA 2811C — Stochastic Partial Differential Equations1 section
- APMA 2811D — Asymptotic Problems For Differential Equations And Stochastic Processes1 section
- APMA 2811E — A Posteriori Estimates for Finite Element Methods1 section
- APMA 2811F — Numerical Solution of Ordinary Differential Equations: IVP Problems and PDE Related Issues1 section
- APMA 2811G — Topics in Averaging and Metastability with Applications1 section
- APMA 2811I — An Introduction to Turbulence Modeling1 section
- APMA 2811K — Computational/Statistical Methods for Signaling Pathways and Protein Interactions1 section
- APMA 2811L — Topics in Homogenization: Theory and Computation1 section
- APMA 2811O — Dynamics and Stochastics1 section
- APMA 2811Q — Calculus of Variations1 section
- APMA 2811S — Levy Processes1 section
- APMA 2811X — Finite Element Exterior Calculus1 section
- APMA 2811Z — Stochastic Partial Differential Equations: Theory and Numerics1 section
- APMA 2812A — An Introduction to Stochastic Control1 section
- APMA 2812B — An Introduction to SPDE's1 section
- APMA 2812E — Semidefinite and Combinatorial Optimization1 section
- APMA 2812G — Combinatorial Theory1 section
- APMA 2812K — Probabilistic Dynamics on Large Graphs1 section
- APMA 2820A — A Tutorial on Particle Methods1 section
- APMA 2820B — Advanced Topics in Information Theory1 section
- APMA 2820C — Computational Electromagnetics1 section
- APMA 2820D — Conventional, Real and Quantum Computing with Applications to Factoring and Root Finding1 section
- APMA 2820E — Geophysical Fluid Dynamics1 section
- APMA 2820F — Information Theory and Networks1 section
- APMA 2820G — Information Theory, Statistics and Probability1 section
- APMA 2820H — Kinetic Theory1 section
- APMA 2820I — Multiscale Methods and Computer Vision1 section
- APMA 2820J — Numerical Linear Algebra1 section
- APMA 2820K — Numerical Solution of Ordinary Differential Equations1 section
- APMA 2820L — Random Processes in Mechanics1 section
- APMA 2820M — Singularities in Eliptic Problems and their Treatment by High-Order Finite Element Methods1 section
- APMA 2820N — Topics in Scientific Computing1 section
- APMA 2820O — The Mathematics of Shape with Applications to Computer Vision1 section
- APMA 2820P — Foundations in Statistical Inference in Molecular Biology1 section
- APMA 2820Q — Topics in Kinetic Theory1 section
- APMA 2820R — Structure Theory of Control Systems1 section
- APMA 2820S — Topics in Differential Equations1 section
- APMA 2820T — Foundations in Statistical Inference in Molecular Biology1 section
- APMA 2820U — Structure Theory of Control Systems1 section
- APMA 2820V — Progress in the Theory of Shock Waves1 section
- APMA 2820W — An Introduction to the Theory of Large Deviations1 section
- APMA 2820X — Boundary Conditions for Hyperbolic Systems: Numerical and Far Field1 section
- APMA 2820Y — Approaches to Problem Solving in Applied Mathematics1 section
- APMA 2820Z — Topics in Discontinuous Galerkin Methods1 section
- APMA 2821A — Parallel Scientific Computing: Algorithms and Tools1 section
- APMA 2821B — To Be Determined1 section
- APMA 2821C — Topics in Partial Differential Equations1 section
- APMA 2821D — Random Processes and Random Variables1 section
- APMA 2821E — Topics in Variational Methods1 section
- APMA 2821F — Computational Linear Algebra1 section
- APMA 2821H — Introduction to High Performance Computing: Tools and Algorithms1 section
- APMA 2821I — Formulation and Approximation of Linear and Non-linear Problems of Solid Mechanics1 section
- APMA 2821J — Some Topics in Kinetic Theory1 section
- APMA 2821K — Probabilistic and Statistical Models for Graphs and Networks1 section
- APMA 2821L — Introduction to Malliavin Calculus1 section
- APMA 2821M — Some Mathematical Problems in Materials Science1 section
- APMA 2821N — Numerical Solution of Ordinary Differential Equations: IVP Problems and PDE Related Issues1 section
- APMA 2821O — Topics in Posteriori Error Estimations: Finite Element and Reduced Basis Methods1 section
- APMA 2821P — Topics in the Atomistic-to-Continuum Coupling Methods for Material Science1 section
- APMA 2821R — Topics in the Atomistic-to-Continuum Coupling Methods for Material Science1 section
- APMA 2821T — Theory of Large Deviations1 section
- APMA 2821U — Kinetic Theory1 section
- APMA 2821V — Neural Dynamics: Theory and Modeling1 section
- APMA 2822B — Introduction to Parallel Computing on Heterogeneous (CPU+GPU) Systems1 section
- APMA 2822G — Topics in Optimal Transport, High Dimensional Probability and Generative Modeling1 section
- APMA 2980 — Research in Applied Mathematics1 section
- APMA 2990 — Thesis Preparation1 section
- APMA XLIST — Courses of Interest to Students Majoring in Applied Mathematics1 section
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